DETERMINING TRANSIENT STABILITY OF A POWER GRID USING A QUANTUM COMPUTING SYSTEM

Abstract: a method for determining transient stability of a power grid using qubits of a quantum computing system comprises: receiving input parameters associated with a portion of the power grid; preparing an initial quantum state based on the input parameters; determining a plurality of time evolution steps, where each time evolution step is associated with a different respective iteration of a plurality of iterations; applying, for each iteration, a first set of quantum gate operations (qgos) to the qubits, wherein the first set of qgos produces a quantum state based on a first evolution of the initial quantum state or a quantum state produced by a previous iteration, and a second set of qgos to the qubits, wherein the second set of qgos produces a quantum state based on a second evolution of the quantum state produced by the first set of qgos of a respective iteration.

Inventor(s): Eric Brandon Jones, Pranav Gokhale

CPC Classification: G01R19/2513 (using digital measurement techniques)

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